TopoBrite.h

#pragma once

#include "Topo.h"
#include "TopoBriteNode.h"
#include "TopoBriteEdge.h"
#include "TopoBriteRoute.h"

#define TOPO_BRITE_MODEL_WAXMAN 1

class CTopoBrite : public CTopo
{
private:
    __uint32                model;
    char                    modelName[32];
    
    __uint32            hs;
    __uint32            ls;

    // Model parameters (Waxman)
    double                  alpha;
    double                  beta;
    __uint32            nodePlacement;
    __uint32            growthType;
    __uint32            bwDist;
    __uint32            nodeLinks;
    __bitrate               bwMin;
    __bitrate               bwMax;

    __uint32            numNodes;
    __uint32            numEdges;
    
    // Nodes
    CTopoBriteNode**        nodes;

    // Edges
    CTopoBriteEdge**        edges;

    // Route
    CTopoBriteRoute*        route;

public:
    CTopoBrite(const char* fileName);
    ~CTopoBrite();

    inline __uint32     Nodes() { return this->numNodes; }
    inline CTopoNode*       Node(__uint32 index) { assert(this->nodes); return this->nodes[index]; }

    inline __uint32     Edges() { return this->numEdges; }
    inline CTopoEdge*       Edge(__uint32 index) { assert(this->edges); return this->edges[index]; }

    inline CTopoRoute*      Route() { return this->route; }

    inline __byte           Model() { return this->model; }
    inline char*            ModelName() { return this->modelName; }
    
    inline __uint32     Hs() { return this->hs; }
    inline __uint32     Ls() { return this->ls; }
    inline double           Alpha() { return this->alpha; }
    inline double           Beta() { return this->beta; }
    inline __uint32     NodePlacement() { return this->nodePlacement; }
    inline __uint32     GrowthType() { return this->growthType; }
    inline __uint32     BwDist() { return this->bwDist; }
    inline __uint32     NodeLinks() { return this->nodeLinks; }

protected:
    void                    Read(const char* fileName);
    void                    GenerateRoutes();
};